![]() Loop length will modify draw length of bow.ġ6. Prevents arrow from sliding down the string during the shot.ġ5. Extends maximum available sight range area with the same shooting form due to the peep now resting higher above the arrow nock.ġ3. Makes shorter length bows easier to work with.ġ2. Allows release aids to be held at an angle rather than only level.ġ1. Eliminates nock warping due to extreme arrow pinch at full draw.ġ0. Eliminates gaps in serving from up pressure on nocking point.ĩ. Releases can remain attached and ready to go.ħ. Assures easier one-hand loading of arrow and release aid.Ħ. Eliminates bowstring serving wear from release aid contact.ĥ. Makes nocking point location less critical.Ĥ. Eliminates arrow-falloff while coming to or at full draw.ģ. Again, here are his reasons to use a loop.ġ. I don't see any benefit that he mentions about having the loop below. ![]() ![]() These are Bob Ragsdale's reasons for using a string loop. Top limb loads might change outcomes on all as they would all pull at a different distance from center For instance the Hoyt line, Barnsdale andRytera triad all have the hroat of the grip in the middle of the riser while Mathews, Martin, Bullet-X, Bowtech and PSE have the shelf in the middle of the riser. I was currious as to whether outcomes might vary becuase of bow design as well. I plan on trying the system you described on one and shooting groups and see if there is a difference betweent he two. I shoot a standard D loop and have two bows set up identically, ATA, Brace, # and speed. both were confirmed on high speed photography with the same bow The thought was that as most bows are pulled above center that the measured load was slightly greater on the top limb and thus it drove the nock downwards upon release with the latter.Ĭaliper on the other hand was more to the middle of the string and this the travel was upwards, away from the release.īTW. Rope and conventional D- loop resulted in the nock travel initially downwards and then return to level or cam determined path Caliper style releases resulted in nock travel initialy upwards and then back down.
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